Printing Ink Abraser Friction Testing Machine Ink Rub Tester Ink Abrasion Decolorizing Test Machine 110V

Product Overview <br>This machine is mainly used for testing the abrasion performance and ink rub-off rate of printed materials (e.g., ink prints, packaging boxes). It applies standard load with controlled reciprocating friction speed and travel distance on the sample surface to evaluate the contamination level between sample and standard friction paper, as well as surface fluffing or abrasion damage. The instrument complies with GB/T 7706, GB 7707, JIS K5701, ASTM D5264 and TAPPI T830 standards. <br> <br>Product Parameters <br>Voltage: AC110V <br>Power: 40W <br>Operation Method: Microcomputer-controlled with LCD display <br>Test Specimen Area: Dimensions: 2.3"*9.0"(60*230mm) <br>Friction Speed: Adjustable speed (21/43 rpm), customizable upon request <br>Friction Load: 2LB, 4LB (0.9kg, 1.8kg) <br>Friction Stroke: 2.3" (60mm) <br>Cycle Count Setting: Automatic stop at 0-9999 cycles. <br>Friction Contact Area: 1.9"*7.8" (50*200mm) <br>Material: Steel <br>Package size: 15.7"*13.7"*25.2" (40cm*35cm*64cm) <br>Net weight / Gross weight: 42.5lbs(19.3kg) / 66.1lbs(30kg) <br> <br>Attention <br>No quality problem does not support 30 days free return. <br> <br>Item Included (057151) <br>Printing Ink Abraser Friction Testing Machine *1 <br>Accessory Kit *1

• ‌The control panel is equipped with an HD LCD screen and consolidates power switches, start/run controls, speed adjustment dials, and multi-function buttons, ensuring straightforward and hassle-free operation.
• The maximum weight of the weights can reach 4 pounds, used to simulate standard pressure and ensure that the force applied during the test remains constant and meets experimental requirements.
• Fiberboard provides a flat and cushioned testing surface, ensuring consistent friction conditions and repeatable test results.
• Four rubber supporting legs at the bottom, which are non-slip, wear-resistant, and provide good silence, ensure the stability of the machine and prevent water from entering from the bottom.
• The testing machine is designed with heat dissipation holes, which can effectively dissipate excess heat generated during operation, preventing overheating and protecting the machine.
• The power socket incorporates a fuse to instantly interrupt the circuit in the event of excessive current, preventing machine damage due to overheating.